x
[quotes_form]

Active Place Avoidance Maze

A Key Tool for Behavioral Research

The Active Place Avoidance (APA) maze is a valuable apparatus for studying spatial learning and memory. It is widely used to test the effects of pharmacological treatments, brain lesions, and diseases in animal models.

Key Results Metrics

Analyzing Spatial Navigation and Behavioral Avoidance

The Active Place Avoidance (APA) Maze provides key metrics such as time in zones, latency to prohibited entries, number of shocks, and total path length. These metrics are essential for understanding spatial memory, navigation, and avoidance behavior in rodents, supporting research on cognitive functions and treatments.

Time Spent in Each Sector

Tracks the duration spent in each sector, indicating spatial preference and avoidance learning efficiency.

Number of Entrances into the Prohibited Sector

Counts entries into the shock zone, reflecting spatial memory and the ability to avoid the prohibited area.

Latency Until the First Visit to the Prohibited Sector

Measures the time before the first entry into the shock zone, showing initial avoidance performance.

Number of Shocks per Entrance into the Prohibited Sector

Calculates shocks per entry, indicating the subject’s ability to exit the zone promptly after entry.

Total Path Length

Overall distance covered by the animal during the test session.

Active Place Avoidance (APA)

An advanced and reliable tool designed for precise analysis of spatial navigation and memory in research studies

Dynamic Spatial Avoidance Testing

Rodents navigate a rotating arena, avoiding a prohibited zone using visual cues, with shocks reinforcing active avoidance.

Enhanced Research Adaptability

Supports diverse experiments, evaluating spatial memory under static or rotating conditions to study cognitive impacts.

Tailored for Experimental Flexibility

Customizable settings for rotation, shocks, and visual cues, compatible with advanced tracking software.

Automated Elevated
Plus-Maze Analysis

Records spatial behavior metrics like safe zone time and shock events, enabling deep insights into learning and memory.

Comprehensive Data Reporting

Automatically logs key metrics, generating detailed visual reports for easy interpretation and comparison.

Key Features

  • High-Precision Rotating Arena: Adjustable rotation speeds from 0 to 5 revolutions per minute.
  • Shock Grid Integration: Programmatically or manually controlled current levels (0.1–4.0 mA).
  • Robust Construction: Stainless steel base with durable acrylic rotating components.
  • Experimental Customization: Fully adjustable prohibited sector and visual cue configurations.
  • Advanced Tracking Support: Compatible with ConductVision

Specifications

  • Arena Sizes: 80 cm x 80 cm (mice) and 105 cm x 105 cm (rats).
  • Rotating Arena Dimensions: Diameter 78 cm (mice) and 105 cm (rats).
  • Shock Grid Spacing: 5 mm for mice, 10 mm for rats.
  • Quiet Servo Motors: Speed control for precise rotation.
  • Data Integration: Supports detailed tracking and behavior visualization.

Automated Data Collection and Reporting

The APA system automates data collection and analysis, providing detailed reports with behavioral metrics, graphical visualizations, and statistical insights. This streamlines research workflows and enhances result interpretation.

Tools for Advanced Behavioral Studies

ConductVision provides cutting-edge applications, mazes, and equipment for precise behavioral research. Our software automates tests, while our range of tools ensures researchers have what they need for seamless experimentation. 

Applications

Cameras

Questions?
Contact US!